Raspberry plant named ‘Plapink 1004’

ABSTRACT

Described herein is a new and distinct variety of raspberry plant with varietal denomination ‘Plapink 1004’, characterized by a combination of traits which include, but are not limited to, a medium spines density and very abundant production of light red colored, conical shaped, and medium fruit size. ‘Plapink 1004’ is a self-fertile variety.

Botanical classification: Rubus idaeus L.

Variety denomination: The new plant has the varietal denomination‘Plapink 1004’.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims the benefit of European Community Plant VarietyOffice Application No. 2018/2081, for a raspberry variety named ‘Plapink1004’, filed on Aug. 10, 2018, the entirety of which is incorporated byreference herein.

BACKGROUND

Disclosed herein is a new and distinct raspberry variety. The varietaldenomination of the new variety is ‘Plapink 1004’. The new variety wasdesignated by the breeder as ‘10.09R.04’. The new variety of raspberrywas created in a breeding program by crossing two parents; inparticular, by crossing as seed parent an undistributed raspberry parentdesignated ‘0750’ (unpatented) and as pollen parent an undistributedraspberry parent designated ‘0919’ (unpatented). Female and male areselections from Applicant's breeder's program. Both parental varietieshave not been commercialized.

The resulting seedling of the new variety was grown and asexuallypropagated by root cuttings in Segovia, Spain, 3° 59′W., 41° 22′N., 2742feet elevation. Clones of the new variety were further asexuallypropagated and extensively tested. This propagation and testing hasdemonstrated that the combination of traits disclosed herein whichcharacterize the new variety are fixed and retained true to type throughsuccessive generations of asexual reproduction.

The growing period in Huelva, Spain, where the observations on primocaneproduction were made, is between about June 15 and May 15 of thefollowing year.

SUMMARY

The present invention relates to a new and distinct raspberry variety.The varietal denomination of the new variety is ‘Plapink 1004’, thatproduces and maintains a strong vigorous plant with consistent fruitproduction from the end of September through the beginning of Decemberon primocanes and in the ensuing year middle in February and middle inMay.

Among the characteristics which appear to distinguish the new varietyfrom other varieties are a combination of traits which include a mediumspine density and very abundant production of light red colored (RHS redgroup color near 41 A to 42 A), conical shaped, and medium fruit size.

COMPARISON TO THE PARENTS

Neither the seed parental cultivar, ‘0750’, nor the pollen parentcultivar, ‘0919’, has any patent or application for Plant Patent Rightsin any country in the world.

Both the seed and pollen parentals are selections from the Applicant'sbreeder's program. The Applicant maintains them in their nurseries, andboth parental cultivars have never been commercialized.

The new variety is distinguished therefrom its parents by the followingcharacteristics possessed by ‘Plapink 1004’ which are different than, ornot possessed by, the seed parent designated ‘0750’ (unpatented) and thepollen parent designated ‘0919’ (unpatented).

Stipules in the leaf of seed parent ‘0750’ (unpatented) longer than inthe leaf of ‘Plapink 1004’.

Seed parent ‘0750’ (unpatented) shows a wider terminal leaflet than‘Plapink 1004’.

Seed parent ‘0750’ (unpatented) and pollen parent ‘0919’ (unpatented)show a leaf with relative position of lateral leaflets overlapping,whereas the position of the lateral leaflets in the new variety ‘Plapink1004’ is free.

Pollen parent ‘0919’ (unpatented) shows a green color of underside ofleaf lighter than the new variety ‘Plapink 1004’, which has agreyed-green leaf underside color (RHS greyed-green group near 191C to191 B).

In pollen parent ‘0919’ (unpatented) the plug is much longer than broadand the attitude of sepals is outwards, whereas the new variety ‘Plapink1004’ presents a plug moderately longer than broad and the attitude ofsepals is upwards.

COMPARISON TO CLOSEST VARIETY

The new variety ‘Plapink 1004’ is closest to the variety ‘Adelita’(patented in U.S. Plant Pat. No. 25,245), but is distinguished therefromby the following characteristics possessed by ‘Plapink 1004’ which aredifferent than, or not possessed by, ‘Adelita’ (U.S. Plant Pat. No.25,245).

Leaf green color of underside in ‘Adelita’ (U.S. Plant Pat. No. 25,245)is a green color (RHS green group near 138 B to 136 C), whereas in‘Plapink 1004’ it is a greyed-green color (RHS greyed-green group near191C to 191 B).

‘Adelita’ (U.S. Plant Pat. No. 25,245) shows equally three and fiveleaflets by leaf, whereas ‘Plapink 1004’ shows three.

The relative position of lateral leaflets in the leaf of ‘Adelita’ (U.S.Plant Pat. No. 25,245) is overlapping, whereas the relative position oflateral leaflets in the leaf of ‘Plapink 1004’ is free.

Current season's cane of ‘Adelita’ (U.S. Plant Pat. No. 25,245) shows ayellow-green color (RHS yellow-green group near 144 D to 144 C), whereascurrent season's cane of ‘Plapink 1004’ shows a green color (RHS greengroup near 143 C to 143 B).

‘Adelita’ (U.S. Plant Pat. No. 25,245) shows a sparse spine density, andthe length of spines is very short to short, whereas ‘Plapink 1004’shows a medium spine density, and the length of spines ismedium-to-long.

‘Adelita’ (U.S. Plant Pat. No. 25,245) shows a red color fruit (RHS redgroup near 47 A to 46 A), whereas ‘Plapink 1004’ shows a fruit red colorfruit (RHS red group near 41 A to 42 A).

Time of beginning of flowering on currents season's cane of ‘Adelita’(U.S. Plant Pat. No. 25,245) is early to medium, whereas time ofbeginning of flowering on currents season's cane of ‘Plapink 1004’ isvery early.

Time of beginning of fruit ripening on current year's cane of ‘Adelita’(U.S. Plant Pat. No. 25,245) is early; whereas time of beginning offruit ripening on current year's cane of ‘Plapink 1004’ is very early.Differences in the leaf color underside of ‘Plapink 1004’ (designated‘10.09R.04’) and ‘Adelita’ (U.S. Plant Pat. No. 25,245) are show in FIG.4 and FIG. 15.

Differences in the relative position of lateral leaflets in the leaf of‘Plapink 1004’ (designated ‘10.09R.04’) and ‘Adelita’ (U.S. Plant Pat.No. 25,245) are shown in FIG. 3 and FIG. 15.

Differences in the color of current season's cane of ‘Plapink 1004’(designated ‘10.09R.04’) and ‘Adelita’ (U.S. Plant Pat. No. 25,245) areshown in FIG. 7 and FIG. 16.

Differences in spine density and spine length of ‘Plapink 1004’(designated ‘10.09R.04’) and ‘Adelita’ (U.S. Plant Pat. No. 25,245) areshown in FIG. 7 and FIG. 16.

Differences in fruit color of ‘Plapink 1004’ (designated ‘10.09R.04’)and ‘Adelita’ (U.S. Plant Pat. No. 25,245) are shown in FIG. 11, FIG. 12and FIG. 17.

These differences are maintained during the harvest season.

BRIEF DESCRIPTION OF THE ILLUSTRATIONS

The accompanying photographs show typical specimens of the new variety,of ‘Plapink 1004’, designated ‘10.09R.04’ in the illustrations,including fruit, foliage and flower, in color as nearly true as it isreasonably possible to make in color illustrations of this character.

The plants depicted in the drawings were planted June 15 in the farm ofLa Mogalla in Cartaya (Huelva), Spain, about 7° W, 37° N, 45 feetelevation.

Drawings were taken November (about November 2 and November 13): minimumtemperate about 7° to 9° Centigrade, maximum temperate about 18 to 22°Centigrade.

FIG. 1 and FIG. 2 shows several plants of the new variety (designated10.09R.04) which exhibit a semi-upright habit plant with several lightred colored and conical shape fruits.

FIG. 3 and FIG. 4 show the upper side and the underside, respectively,of a complete leaf of the new variety (designated 10.09R.04). In it, wecan see that the leaf color of the upper side of the new variety(designated 10.09R.04) is a green color (RHS green group near 138 B to138 A) and the leaf color of underside of the new variety (designated10.09R.04) is a greyed-green color (RHS greyed-green group near 191C to191 B). It can be see that relative position of lateral leaflets in theleaf of the new variety (designated 10.09R.04) is free.

FIG. 5 and FIG. 6 show the upper side and the underside, respectively,of the terminal leaflet of the new variety (designated 10.09R.04). Init, we can see that the terminal leaflet color of upper side of the newvariety (designated 10.09R.04) is a green color (RHS green group near138 B to 138 A) and the terminal leaflet color of underside of the newvariety (designated 10.09R.04) is a greyed-green color (RHS greyed-greengroup near 191C to 191 B).

FIG. 7 shows the current season's cane of the new variety (designated10.09R.04) with a green color (RHS green group near 143 C to 143 B),sparse spine density and spine length of very short to short.

FIG. 8 shows typical flowers of the new variety (designated 10.09R.04).

FIG. 9 shows typical petals of the new variety (designated 10.09R.04)with narrow elliptique shape and RHS white group color (near 155 D).

FIG. 10 shows typical sepals of the new variety (designated 10.09R.04)with triangular shape, acuminate apex and RHS yellow-green group color(near 145 C to 145 B).

FIG. 11 and FIG. 12 show typical fruits of the new variety (designated10.09R.04) with conical shape in lateral view, and red color (RHS redgroup near 41 A to 42 A).

FIG. 13 shows typical receptacles of the new variety (designated10.09R.40) with conical shape, moderately longer than broad, attitude ofsepals upwards and yellow-white color (RHS yellow-white group near 158 Bto 158 A) in comparison with their pollen parent ‘0919’ (unpatented),which shows a plug much longer than broad and an outwards attitude ofsepals.

FIG. 14 shows typical seeds of the new variety (designated 10.09R.04)with slightly reniform shape, greyed-orange color (RHS greyed-orangegroup near 165 C to 164 B) and wrinkled surface texture.

FIG. 15 shows the underside of a complete leaf of the raspberry variety‘Adelita’ (U.S. Plant Pat. No. 25,245). In it we can see that leaf colorof underside of raspberry variety ‘Adelita’ (U.S. Plant Pat. No. 25,245)is a green color (RHS green group near 138 B to 136 C) and the relativeposition of lateral leaflets in the leaf of ‘Adelita’ (U.S. Plant Pat.No. 25,245) is overlapping.

FIG. 16 shows the current season's cane of ‘Adelita’ (U.S. Plant Pat.No. 25,245) with a yellow- green color (RHS yellow-green group near 144D to 144 C), with sparse spines density and very short to short spinelength.

FIG. 17 shows the fruit of raspberry variety ‘Adelita’ (U.S. Plant Pat.No. 25,245), which shows a red color fruit (RHS red group near 47 A to46 A).

DESCRIPTION OF THE NEW VARIETY

The following description is in accordance with UPOV terminology and thecolor terminology herein is in accordance with The Royal HorticulturalSociety Colour Chart (R.H.S.C.C.), 3rd edition published in 1995.

The color descriptions and other phenotypical descriptions may deviatefrom the stated values and descriptions depending upon variation inenvironmental, seasonal, climatic and cultural conditions.

Throughout this specification, color names beginning with a small lettersignify that the name of that color, as used in common speech is aptlydescriptive. Color names beginning with capital letter designate valuesbased upon The R.H.S. Colour Chart published by The Royal Horticulturalsociety, London, England, 1995.

The following detailed description of the new variety is based uponobservations taken of plants and fruits grown “underglass,” i.e., undertunnel, in the farm of La Mogalla in Cartaya (Huelva), Spain, 7° W., 37°N., 45 feet elevation.

PROPAGATION

The new variety is principally propagated by way of root cuttings.Although propagation by root cuttings is presently preferred, other knowmethods of propagating raspberry plants may be used. Raspberries rootand develop well after transplanting.

‘Plapink 1004’ is propagated by root cuttings. It is a primocane varietywith fruit production from the end of September through the beginning ofDecember on primocanes and in the ensuing year from the middle ofFebruary through the middle of May. ‘Plapink 1004’ is a self-fertilevariety. It produces large quantities of pollen throughout the seasonsand pollination is good.

Trials were pursued in in Cartaya (Huelva), Spain, about 7° W, 37° N, 45feet elevation (15 meters high). The plants described are from highelevation nursery in Segovia, Spain, 3° 59′W., 41° 22′N., 2742 feetelevation. Plants were planted on June 14 in the first year and June 15in the second year with a sample size of two repetitions every year and120 plants per repetition every year. The growing period in Huelva,Spain, where the observations on primocane production were made, isbetween about June 15 and May 15 of the following year. ‘Plapink 1004’is a primocane variety, with consistent fruit production beginning inthe end of September and ending in the beginning of December onprimocanes, and in the ensuing year from the middle of February throughthe middle of May. After planting as aforesaid, plants are grown incontainers under tunnel. Water and fertilizer were applied through dripirrigation.

GENERAL

TABLE 1 Table 1 shows the accumulated production of 1st Quality Fruit(g/plant) of the new variety ‘Plapink 1004’ when compared to its closestvarieties ‘Adelita’ (U.S. Plant Pat. No. 25,245) and ‘Lupita’ (U.S.Plant Pat. No. 25,171). End of September Middle of February throughbeginning of through middle of Variety December May Total Plapink 10041285.50 1109.10 2394.60 ADELITA 763.00 732.70 1495.70 LUPITA 253.10201.00 454.10

TABLE 2 Table 2 shows the Accumulated Total Yield of 1st and 2nd qualityfruit (g/plant) of the new variety ‘Plapink 1004’ when compared to itsclosest varieties ‘Adelita’ and ‘Lupita’. 1st + 2nd 1st + 2nd QualityQuality End of September Middle of February through beginning throughmiddle Variety of December of May Total Plapink 1004 1450.90 1227.902678.80 ADELITA 956.80 832.30 1789.10 LUPITA 559.50 431.10 990.50

TABLE 3 Table 3 shows the production from the end of September throughthe beginning of December of First Quality Fruit (1st quality) andSecond Quality Fruit (2nd quality) in g/plant, of the new variety‘Plapink 1004’ when compared to its closest varieties ‘Adelita’ and‘Lupita’. TOTAL (1st 1st 2nd Quality + 2nd % 2nd Variety Quality QualityQuality) Quality Plapink 1004 1285.50 165.40 1450.90 11.40 ADELITA763.40 193.40 956.80 20.21 LUPITA 253.10 306.40 559.50 54.76 % 2ndQuality = (2nd Quality/TOTAL) × 100

TABLE 4 Table 4 shows production from the middle of February through themiddle of May of First Quality Fruit (1st quality) and Second QualityFruit (2nd quality) in g/plant, of the new variety ‘Plapink 1004’ whencompared to its closest varieties ‘Adelita’ and ‘Lupita’. TOTAL (1st 1st2nd Quality + 2nd % 2nd Variety Quality Quality Quality) Quality Plapink1004 1109.50 118.40 1227.90 9.64 ADELITA 732.70 99.60 832.30 11.97LUPITA 201.00 230.10 431.10 53.37 % 2nd Quality = (2nd Quality/TOTAL) ×100

TABLE 5 Table 5 shows the weight (g/Fruit) in two production periods:September to December, and February to May of the new variety ‘Plapink1004’ when compared to its closest varieties ‘Adelita’ and ‘Lupita’.Middle October to end Middle April to end Variety January May Plapink1004 5.6-4.6 6.0-4.6 ADELITA 7.4-6.1 5.0-4.1 LUPITA 5.4-4.7 4.9-4.1WEIGHT is shown as the average weight per fruit (g/fruit) in FirstQuality Fruits.

TABLE 6 Table 6 shows a comparison of the fruit analysis between the newvariety ‘Plapink 1004’ and its closest varieties ‘Adelita’ and ‘Lupita’.FRUIT ANALYSIS ‘Plapink 1004’ (10.09R.04) ‘Adelita’ ‘Lupita’ Humidity &83.50 85.10 86.50 Volatile Matter (%) Dry Matter 16.50 14.90 13.50 (%)pH (to 20°) 2.80 3.00 2.90 Acidity as 2.00 1.60 1.70 Anhydride Citric(%) Soluble 10.00 9.40 9.00 Solids (° Brix) Maturity 5.00 5.90 5.30Index Content in 246.90 193.00 293.10 Ascorbic Acid (ppm) Dominant 526526 527 Tonality (nm) Luminosity: 43.00 29.60 34.40 Transmit- tance to460 nm

The following definitions apply:

Dry Matter refers to the residual weight left from the trituration ofthe fruit after the drying process at a temperature of 103° C.±2° C.until reaching constant weight. (%) Dry Matter=(Weight Dry Matter/WeightFresh Matter)×100

Humidity & Volatile Matter represents the content in volatile mattersand water of the fruits. (%) Humidity & Volatile Matter=100−% Dry Matter

Maturity Index refers to the relation between Soluble solids and Acidityas Anhydride Citric.

Maturity Index=Soluble solids/Acidity as Anhydride Citric

-   Detailed description of the new variety: The following additional    information is provided to further describe the new variety:    -   -   Variety.—‘Plapink 1004’.        -   Breeder ref.—10.09R.04.        -   Classification.—Rubus idaeus L. Plants were grown in            containers of 48 liters of capacity and are described during            cultivar's primocane.-   Plant:    -   -   Growth habit.—Semi-Upright.        -   Vigor.—Medium.-   Cultivar's primocane cane:    -   -   Length.—About 160 cm to 200 cm.        -   Diameter.—About 1.0 cm to 1.4 cm.        -   Texture.—Smooth.        -   Internode length.—About 5.0 to 7.0 cm.        -   Pubescence.—Absent.        -   Anthocyanin coloration of apex during rapid grow            period.—Weak.        -   Cane color.—RHS green group (near 143 C to 143 B).-   Spines:    -   -   Shape.—Conical.        -   Density.—Medium.        -   Number/cm.—About 7 to 9.        -   Length.—About 0.1 cm to 0.15 cm.        -   Width.—About 0.08 cm to 0.12 cm at the base.        -   Apex.—Slightly curved.        -   Color.—RHS greyed red group color (near 178 B to 178 A).        -   Texture.—Rigid.-   Leaf:    -   -   Type.—Compound.        -   Number of leaflets.—3.        -   Arrangement of lateral leaflets.—Touching.        -   Overlapping of lateral leaflets with terminal            leaflet.—Absent.        -   Upperside.—RHS green group color (near 138 B to 138 A).        -   Underside.—RHS greyed-green group color (near 191 C to 191            B).        -   Length.—About 19.5 cm to 21.0 cm.        -   Width.—About 20.0 cm to 21.5 cm.        -   Profile of leaflets in cross section.—Concave.        -   Relief between veins.—Medium.-   Lateral leaflet:    -   -   Shape.—Elliptic.        -   Length.—About 10.0 cm to 11.0 cm.        -   Width.—About 5.5 cm to 6.0 cm.        -   Shape of tip.—Acuminate.        -   Shape of base.—Obtuse.        -   Shape of margin.—Serrate.        -   Upperside rugosity.—Medium.        -   Underside texture.—Medium.        -   Upperside coloration.—RHS green group color (near 138 B to            138 A).        -   Underside coloration.—RHS greyed-green group color (near 191            C to 191 B).        -   Venation pattern.—Reticulate or penniveined.        -   Upperside venation coloration.—RHS greyed-yellow group color            (near 147 D to 148 D).        -   Underside venation coloration.—RHS greyed-yellow group color            (near 160 D to 160 C).-   Terminal leaflet:    -   -   Length/width ratio.—Longer than broad.        -   Length.—About 11.0 cm to 11.5 cm.        -   Width.—About 9.0 cm to 9.5 cm.        -   Cross section.—Concave.        -   Upperside.—RHS green group color (near 138 B to 138 A).        -   Underside.—RHS greyed-green group color (near 191 C to 191            B).        -   Shape of leaflet.—Ovate.        -   Shape of tip.—Acuminate.        -   Shape of base.—Rounded.        -   Shape of margin.—Serrate.        -   Upperside rugosity.—Medium.        -   Underside texture.—Medium.        -   Venation pattern.—Reticulate or penniveined.        -   Upperside venation coloration.—RHS greyed-yellow green group            color (near 147 D to 148 D).        -   Underside venation coloration.—RHS greyed-yellow green group            color (near 160 D to 160 C).-   Rachis:    -   -   Length between the terminal leaflet and adjacent lateral            leaflet.—About 4.0 cm to 4.5 cm.        -   Coloration.—RHS yellow green group color (near 148 C to 148            D).-   Petiole:    -   -   Color.—RHS yellow green group color (near 148 C to 148 D).        -   Length.—About 4.5 cm to 5.0 cm.        -   Length (rachis with petiolule).—About 8.5 cm to 9.5 cm.        -   Diameter.—About 3.5 mm to 4.0 mm in the Petiolule and about            2.0 mm to 2.5 mm in the rachis.        -   Spines.—Few.        -   Petiole texture.—Smooth.-   Stipule:    -   -   Quantity per leaf.—2.        -   Shape.—Erect.        -   Length.—About 8.0 mm to 9.0 mm.        -   Width.—Very narrow. About 0.2 mm to 0.3 mm.        -   Color (both surfaces).—RHS yellow green group color (near            148 C to 148 D).-   Flower bud:    -   -   Shape.—Trapezoidal.        -   Diameter.—About 7.0 mm to 8.5 mm.        -   Length.—About 9.5 mm to 10.0 mm.        -   Color.—RHS green group (near 138 D to 138 C).-   Pedicel:    -   -   Length.—About 3.0 cm to 3.5 cm.        -   Diameter.—About 1.9 mm to 2.5 mm.        -   Pedicel color.—RHS green group color (near 143 D to 143 C).        -   Surface texture.—Smooth.        -   Density of spines.—Sparse.-   Flower:    -   -   Diameter.—About 1.6 cm to 1.9 cm.        -   Number of pistils per flower.—About 105 to 130.        -   Pistil length.—About 3.5 mm to 4.0 mm        -   Ovary shape.—Pyriform.        -   Ovary length.—Medium.        -   Ovary width.—Narrow.        -   Ovary color.—RHS green group color (near 143 D to 143 C).        -   Style length.—About 0.10 cm to 0.15 cm.        -   Style color.—RHS yellow-green group color (near 145 D).        -   Number of stamens per flower.—About 115 to 140.        -   Stamen length.—About 0.3 cm to 0.4 cm.        -   Stamen shape.—Cylindrical lengthened.        -   Stamen color.—RHS green-white group color (near 157 D).        -   Pollen amount.—Moderate.        -   Pollen color.—RHS yellow green group color (near 153 C to            153 B).-   Petal:    -   -   Number of petals per flower.—About 5.        -   Shape.—Narrow elliptique.        -   Length.—About 5.0 mm to 6.0 mm.        -   Width.—About 2.5 mm to 3.0 mm.        -   Apex shape.—Flat rounded.        -   Base shape.—Narrow.        -   Margin.—Smooth and regular.        -   Texture.—Smooth.        -   Color (both surfaces).—RHS white group color (near 155 B).-   Peduncles:    -   -   Length.—about 16.0 cm to 18.0 cm.        -   Diameter.—about 4.0 mm to 4.5 mm.        -   Surface texture.—Smooth.        -   Density of spines.—Sparse to medium.        -   Color.—RHS green group (near 143 D to 143 C).-   Receptacle:    -   -   Length.—About 1.2 cm to 1.4 cm.        -   Diameter.—About 0.8 cm to 1.0 cm.        -   Shape.—Conical.        -   Color.—RHS yellow-white group (near 158 C to 158 B).-   Sepal:    -   -   Number of sepals per flower.—About 5.        -   Shape.—Triangular.        -   Length.—About 7.5 mm to 8.5 mm.        -   Width.—About 4.0 mm to 4.5 mm.        -   Apex shape.—Acuminate.        -   Base shape.—Large at the base forming the calyx.        -   Margin.—Smooth and regular.        -   Texture.—Smooth.        -   Color.—RHS green group color (near 145 C to 145 B).-   Fruit:    -   -   Shape.—Conical.        -   Length.—About 2.4 cm to 2.6 cm.        -   Width.—About 2.3 cm to 2.5 cm.        -   Color.—RHS red group color (near 41 A to 42 A).        -   Number of drupelets per fruit.—About 100 to 115.        -   Size of single drupelet.—About 0.35 cm to 0.40 cm.        -   Drupelet arrangement around the berry.—Slightly irregular.        -   Glossiness.—Strong.        -   Firmness.—Medium.        -   Adherence to plug.—Medium.        -   Diameter hollow center.—About 0.9 cm to 1.0 cm.-   Seed:    -   -   Number of seeds per drupelet.—1.        -   Shape.—Slightly reniform.        -   Color.—RHS greyed-orange group (near 165 C to 164 B).        -   Surface texture.—Wrinkled.-   Fruiting lateral cane:    -   -   Number of fruit per fruiting lateral cane.—About 10 to 13            fruits.        -   Average number of fruit per node.—4 to 5 fruits.-   Disease resistance: No particular sensitivity to any disease or pest    has been observed for ‘Plapink 1004’.-   Use/market: The berries of ‘Plapink 1004’ are suitable for    consumption as fresh fruit. Also, they are amenable to processing.-   Fruit bearing type: Both on previous year's cane in autumn and    current year's cane in spring.-   Storage qualities: ‘Plapink 1004’ fruit maintain their quality    characteristics when keeping them in a frigo chamber at temperatures    of about 2° C. during 48 hours. The fruit's color remains    substantially the same. Shelf life of ‘Plapink 1004’ is good.-   Planting date: Each year about June 15 in the farm of La Mogalla, in    Cartaya (Huelva), Spain, about 7° W, 37° N, 45 feet elevation.-   Time of flowering: 10% Flowering on primocane occurs each year about    August 9.-   First mature fruits: Each year about September 23 (15-20 g/plant),    with a maximum production at the beginning of November.

I claim:
 1. A new and distinct raspberry plant of the varietysubstantially as shown and described.